Project Overview
The Aqbet Jaber Utility-Scale Solar Plant is a flagship renewable energy project that demonstrates Abaad Jordan for Construction (A.C.C.)’s technical excellence and commitment to sustainable infrastructure.
Commissioned by the Jerusalem District Electricity Company (JDECO), this 5.5 MWp photovoltaic power plant was designed and constructed to meet the region’s growing energy demands using cutting-edge solar technologies and robust engineering solutions.
Situated in the sun-rich Jericho region, the project significantly contributes to Palestine’s renewable energy capacity while delivering long-term operational efficiency and a remarkably low Levelized Cost of Energy (LCOE).
Scope of Work
- Full engineering, procurement, and construction (EPC) of a utility-scale PV power plant
- Deployment of N-type bifacial photovoltaic modules supplied by Trina Solar for maximum generation efficiency
- Implementation of earth-rammed single post foundation mounting structures from Schletter
- Integration of high-efficiency 350 kW inverters from Sungrow to ensure stable and reliable power conversion
- Development of electrical substations, SCADA systems, and grid interconnection
- Civil works including site preparation, fencing, and drainage systems
Key Highlights
- Incorporates advanced bifacial PV technology to capture both direct and reflected sunlight
- Designed for long-term sustainability and durability under desert climate conditions
- Achieved an exceptionally low LCOE, maximizing economic and environmental return for the client
- Contributes significantly to JDECO’s renewable energy portfolio and regional energy resilience
- Built under international safety and performance standards, ensuring system reliability and longevity